Chief Technology Officer at Smart Fog
Author
Ido Goldstein is a technology innovator with deep expertise in humidity engineering, climate control, and non-wetting fog systems. He has spent years advancing energy-efficient and water-smart solutions that help industries like cleanrooms, data centers, wineries, and greenhouses maintain precise environmental control.
Passionate about technology with real-world impact, Ido also supports sustainable agriculture initiatives and nonprofit innovation. Through this blog, he shares practical insights on HVAC advancements, indoor air quality, and the science behind high-performing environments.
Humidity control in an art gallery is a preservation requirement, not a comfort feature. This guide covers the RH targets that protect collections, how humidity deviation damages different media, and how to specify the right climate control system for your facility.
Industrial environments require controlled humidity to protect products, prevent static, and support worker health. But not all humidifiers are appropriate for industrial use. This guide explains why industrial installations need purpose-built humidification systems and which technology designs avoid the mold and contamination risks that disqualify consumer-grade equipment.
ESD shielding protects sensitive electronic components by blocking external static fields and providing controlled paths for charge dissipation during storage, transport, and handling. This guide explains the differences between shielding bags, dissipative materials, and conductive enclosures, their limitations in low-humidity environments, and why combining protective packaging with facility-wide humidity control delivers more reliable electrostatic discharge protection.
Cold weather can reduce hospital humidity to levels that affect patient care, infection control, and recovery. Industrial humidification systems help maintain precise, zone-specific humidity across clinical environments, supporting safer and more consistent healthcare operations.
Precise humidity control means two things simultaneously: maintaining a target relative humidity...
Choosing the right ESD material is critical for protecting sensitive electronics throughout handling, storage, and manufacturing. This guide explains the differences between conductive, dissipative, and antistatic materials, how surface resistivity affects static protection, and why maintaining the right humidity levels is essential to ensure ESD materials perform as intended in real-world environments.
Humidity plays a critical role throughout automotive manufacturing, influencing paint quality, corrosion prevention, electrostatic discharge protection, and production consistency. Maintaining precise, zone-specific humidity levels helps manufacturers reduce defects, protect sensitive components, and improve operational efficiency.
ESD failure testing deliberately exposes electronic components to controlled electrostatic discharge events to identify failure thresholds, uncover latent defects, and evaluate long-term reliability before production. This guide explains the main ESD stress testing methods, how engineers detect static-related damage, and why preventing charge generation through proper facility humidity control is just as important as understanding component tolerance.
Humidity control is an investment in protecting people, buildings, equipment, and sensitive materials rather than simply improving comfort. This guide explores the real costs of uncontrolled humidity, where standard HVAC systems fall short, when portable solutions are sufficient, and why precision humidity control often delivers long-term value by preventing avoidable damage and operational disruptions.
Industrial humidity control systems maintain precise relative humidity in manufacturing, processing, and storage facilities where environmental deviations cause equipment damage, product defects, or compliance failures. This guide covers how industrial systems work, industry-specific targets, and how to evaluate technologies for your facility.
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